OIL & GAS DIPLOMA contains :

PUMP COURSE CONTENT

CENTRIFUGAL COMPRESSOR COURSE CONTENT

Classification of Compressors based on Design and Application
World Standards and Codes related to Compressor Design
Main Elements of Centrifugal Compressor Construction
Overview of the Main Features
Centrifugal Compressor Aerodynamics - Thermodynamics
Changes in Gas Velocity and Pressure in a Centrifugal Compressor
Mass and Volume Flow Rate as a Function of Pressure, Temperature and Gas Composition
Discharge Temperature, Power Absorbed as a Function of the Gas Composition and the Operating Conditions
Surging, choking, bleed valves, variable stator vanes, inlet guide vanes
Guidelines for Trouble-free Centrifugal Compressor Operation
Identification and monitoring: Failure mechanisms
Strategize the right maintenance plan
Preventive maintenance tasks and scheduling.
Lubrication system
Sealing system
Bearings types and its operation
Alignment of Thermal Machines
Balancing of Rotating Machines
Troubleshooting through Vibration Analysis, Oil Analysis and Thermography

RECIPROCATING COMPRESSORS COURSE CONTENT

Function of Reciprocating Compressor.
Application of Reciprocating Compressor
Types of Reciprocating Compressor
Compressor selection criteria
Arrangements of Reciprocating Compressor
Configurations of Reciprocating Compressor (stages, Acting)
Reciprocating Compressor construction, compartments and each component function and maintenance action towards it.
Reciprocating Compressor Sealing systems (pressure box, Packing, oil sealing)
Operation and principles of work
How to make capacity control of Reciprocating Compressor.

SCREW COMPRESSOR COURSE CONTENT

Applications and types
Operation, Lubrication and Cooling system with Function for each component
Oil Free type internal components and Function for each component / Mechanical movement sequence /compressor package components with its function and sequences
Oil injected type internal components and Function for each component
Capacity Control and (Advantage and Disadvantage) of using Screw compressor

STEAM TURBINE COURSE CONTENT

PULLEY ALIGNMENT COURSE CONTENT

Procedure and precautions and all checks needed throw and after pulley alignment
Cases studies

SAFT TO SHAFT ALIGNMENT COURSE CONTENT

Chapter One: Introduction

Shaft alignment definition.
Shaft misalignment definition.
Shaft misalignment types
- Vertical plane misalignment.
  - Parallel misalignment.
  - Angular misalignment.
- Horizontal plane misalignment.
  - Parallel misalignment.
  - Angular misalignment.
- Why should shaft alignment be done?
- How often will shaft alignment be done?
  - As needed.
    - After any remove of driver and/or driven for any reason.
    - After root cause analysis of a fault leads to misalignment condition. (Symptoms of misalignment).
  - Periodic shaft alignment check.
- Couplings

Chapter Two: Shaft Alignment in brief

Shaft alignment tolerances
How to move the movable machine to adjust alignment?
- Shims
Shaft alignment methods:
- Straight edge method (Rough alignment)
- Dial indicators method
  - Reversed Indicators method
  - Face and rim method
- Laser alignment kit

Chapter Three: Shaft alignment pre-checks

Chapter Four: Straight edge method

Chapter Five: Dial indicators method

Used tools
- Dial indicators
- Fixing brackets
  - Dial indicator sag
- Reversed indicator method steps
- Face and rim method steps
- Comparison between reversed indicators method and face and rim method
- Dial indicators method defects

Chapter Six: Laser alignment

Vapor compression cycle (Components and function)
Compressor types and applications for each type ,condenser types and applications for each type ,expansion devices and its function
Air conditioning systems and equipment
Knowing the source of each fault happen at AC cycle practically
Troubleshoot thinking criteria
Troubleshoot procedure
Troubleshoot Tools
Common Air conditioning D.X. system fault
Mechanical faults
Electrical faults
Electronical faults
Evacuate and charge any AC circuit correctly
How electrical components work
Component testing
Maintenance practice (terms & definitions, philosophy, Reliability centered maintenance, Life cycle cost analysis)
Maintenance types
TPM, preventive, predictive and corrective maintenance
Appropriate PM intervals